Fast and accurate detection of cyberattacks is a key element for cyber-resilient power system. Recently, data-driven detectors physics-based Moving Target Defences (MTD) have been proposed to detect false data injection (FDI) attacks on state estimation. However, the uncontrollable positive rate detector extra cost frequent MTD usage limit their wide applications. Few works explored overlap bet...

Moving Target Defense (MTD) has emerged as a game changer in the security landscape, as it can create asymmetric uncertainty favoring the defender. Despite the significant work done in this area and the many different techniques that have been proposed, MTD has not yet gained widespread adoption due to several limitations. Specifically, interactions between multiple techniques have not been stu...

A Moving Target Defense (MTD)-enabled system is one which can dynamically and rapidly change its properties and code such that the attackers do not have sufficient time to exploit it. Although a variety of MTD systems have been proposed, fewwork has focused on assessing the relative cost-effectiveness of differentMTD approaches. In this paper, based on a generic MTD theory, we propose five gene...

Edge intelligence has played an important role in constructing smart cities, but the vulnerability of edge nodes to adversarial attacks becomes urgent problem. A so-called example can fool a deep learning model on node for misclassification. Due transferability property examples, adversary easily black-box by local substitute model. general have limited resources, which cannot afford complicate...

in this paper, the detector of moving target in mimo radar with widely separated antenna in the presence of α-stable clutter is proposed. due to the complexity of unknown parameter estimation in the presence of target, the rao test is applied. the α-stable model is a general model that can applied to different environments with appropriate selection of parameters. the problem with this model is...

The application of an innovations-based detection algorithm (IBDA) in moving target detector (MTD) radars has been shown to be efficient. In this correspondence, an adaptive algorithm for the IBDA is derived. This algorithm behaves well in numerical properties and computational complexity. Also, it possesses high computing parallelism and data locality which lead to the feasibility of VLSI arra...

For the Phase-2 upgrade, CMS experiment foresees installation of a MIP Timing Detector (MTD) to assign precise timestamp every charged particle up pseudorapidity | η = 3 , empowering detector with unique and new capabilities. The target timing resolution MTD less than 40 ps per track will mitigate effects severe pile-up expected at High-Luminosity LHC, maintaining performances similar current L...